X2GCELNANF-24.000000

Crystals have long been used for a variety of applications, such as powering watches, providing locking mechanisms for electronic circuit boards, and as timing solutions for computers. The X2GCELNANF-24.000000 is an example of one such crystal, and it is popular in the telecommunications sector. This article will provide an overview of the X2GCELNANF-24.000000’s application field and working principle.

The X2GCELNANF-24.000000 is a quartz crystal used in telecommunications applications to modulate and generate frequency. It is commonly used in applications such as cell phones, Wi-Fi devices, and other appliances that require precise timing for communication. The crystal itself is a small device, usually oval or circular in shape, and measures about 2mm in diameter and 1mm in height. It is made from a quartz plate that is cut to a specific frequency and then coated with metal electrodes. The metal electrodes makes it possible to connect the crystal to an electrical circuit, powering it with a small voltage.

Like other crystal oscillators, the X2GCELNANF-24.000000 works on the principle that an external electrical signal can be used to vibrate a small quartz crystal at a specific frequency. The finger-width quartz is cut precisely to its resonant frequency and strips of metal are then attached to its ends to serve as electrodes. When an alternating current is applied to the crystal, it will begin to vibrate at its resonant frequency, creating an oscillating electrical signal at that frequency.

The output from the crystal is typically a high frequency sinusoidal signal, typically in the range of 5-20MHz. Depending on the application, the signal can then be rectified and filtered for use in controlling other circuits. Alternatively, the signal can be used directly as a reference clock signal for the oscillator circuit itself. In either case, the frequency of the signal generated by the X2GCELNANF-24.000000 is highly accurate, making it ideal for telecom applications.

In conclusion, the X2GCELNANF-24.000000 is a quartz crystal commonly found in telecommunications applications. Its precision and accuracy makes it ideal for controlling oscillators, frequency modulation, and other timing solutions. Additionally, its small size and low electrical power requirements make it a popular choice in many consumer products.